In this paper, a comprehensive state-of-the-art review of Fault Tolerant Control Systems
(FTCS) is presented with the latest advances and applications. The overall aim of an FTCS …

Abstract Intelligent Fault-Tolerant Control (IFTC) refers to the applications of machine
learning algorithms for fault diagnosis and design of Fault-Tolerant Control (FTC). The …

Dealing with the complexity of modern technological non-linear systems and their
disturbances is a very challenging issue. Sliding Mode Control (SMC) can deal perfectly with …

The automobile revolution and growth in the number of cars produced several issues, and
vehicle accidents remain one of the most serious road-related issues. Human mistakes and …

Fault-tolerant control systems (FTCS) are used in safety and critical applications to improve
reliability and availability for sustained operation in fault situations. These systems may be …

Modern renewable energy systems mostly utilize multilevel converter applications for
improved power quality and grid synchronization purposes. A multilevel converter is an …

This paper presents a novel Passive Fault Tolerant Control System (PFTCS) for Air Fuel
Ratio (AFR) control system of the Internal Combustion (IC) gasoline engine to prevent its …

Fault tolerant control systems can be used in the process machines such as Internal
Combustion (IC) engines to achieve greater reliability and stability in the fault conditions …

In this paper, a hybrid fault tolerant control system is proposed for air–fuel ratio control of
internal combustion gasoline engines based on Kalman filters and triple modular …

This paper proposes a novel hybrid fault-tolerant control system (HFTCS) with dedicated
non-linear controllers: artificial neural network (ANN) and sliding mode control (SMC) for …